CN211076289U - Temporary supporting device for assembling large-scale components of ship - Google Patents
Temporary supporting device for assembling large-scale components of ship Download PDFInfo
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- CN211076289U CN211076289U CN201921391093.XU CN201921391093U CN211076289U CN 211076289 U CN211076289 U CN 211076289U CN 201921391093 U CN201921391093 U CN 201921391093U CN 211076289 U CN211076289 U CN 211076289U
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Abstract
The utility model provides a temporary support device for assembling large ship components, which is applied to the technical field of ships and comprises a connecting bracket (1), an upper stay bar (2) and a lower stay bar (3), wherein one end of the upper stay bar (2) is movably screwed and connected with one end of the connecting bracket (1), one end of the lower stay bar (3) is movably screwed and connected with one end of the connecting bracket (1), the other end of the upper stay bar (2) is connected with an upper quick-disassembly lug plate (4), the other end of the lower stay bar (3) is connected with a lower quick-disassembly lug plate (5), a fastening nut (6) is movably screwed and installed on the upper quick-disassembly lug plate (4), and a fastening nut (7) is movably screwed and installed on the lower quick-disassembly lug plate (5), the temporary support device for assembling large ship components has simple structure and adjustable length, is suitable for the temporary support requirements of assembling large ship components with different sizes, and both ends do not need to be welded during, the large-scale component is prevented from being damaged, and the assembly angle of the large-scale component of the ship can be quickly and accurately positioned.
Description
Technical Field
The utility model belongs to the technical field of boats and ships, more specifically say, relate to an interim strutting arrangement of large-scale component assembly of boats and ships.
Background
The ship and ocean engineering are designed and produced by dividing a plurality of three-dimensional sections into a plurality of three-dimensional sections, respectively welding the three-dimensional sections, assembling and carrying the three-dimensional sections, wherein each section is formed by mutually connecting and welding bulkhead and bulkhead strengthening materials, various profiles or combined components. In order to reduce welding deformation, control precision, improve construction conditions and improve production efficiency, a production operation flow taking an intermediate product as a guide is pushed according to shell fitting-out integration and design production management integration requirements, the spreading, installing and welding operation of parts and plate frames is expanded, the segmental welding deformation is reduced, the segmental installing and welding speed is increased and the yield of a jig field is improved in the middle assembly construction of a large number of parts. In the assembling process of the assembled and segmented structure, a plurality of fin bodies (large ship components) such as rib plate frames and wall plates need to be hoisted one by one to be in place by means of traveling cranes and are positioned according to the inclination angle required by a drawing, the rib plate frames and the wall plates are higher than people and heavier, so that the accidents that constructors are injured by death due to the fact that the components are toppled over frequently occur, and the components are generally temporarily supported by waste angle steels on site or are effectively fixed by using temporary fixed supports of circular tube lug plates. However, in the prior art, two types of supports are required to be positioned at an assembly angle and are only used for temporary fixed support, a common structure has a vertical base surface and is inclined to the base surface, the angle position of the structure is still carried out by a crane hook and a person in a free hand, the efficiency and the precision are not high, in addition, the two types of fixed supports are welded and fixed, and welding beading after the supports are dismantled needs to be removed, repaired, ground and other processes. Therefore, the prior art has complex processes and cannot meet the requirements.
SUMMERY OF THE UTILITY MODEL
The utility model discloses the technical problem that will solve is: aiming at the defects of the prior art, the temporary supporting device for the assembly of the large-scale ship components is simple in structure, adjustable in length and suitable for temporary supporting requirements of the assembly of the large-scale ship components with different sizes, the two ends of the temporary supporting device are not required to be welded during temporary supporting, the large-scale components are prevented from being damaged, the assembling angle of the large-scale ship components can be quickly and accurately positioned, the temporary supporting device can be used for temporary fixed supporting, and the temporary supporting device for the assembly of the large-scale ship components has the advantages.
To solve the technical problem, the utility model discloses the technical scheme who takes does:
the utility model relates to a support arrangement temporarily of large-scale component assembly of boats and ships, including linking bridge, last vaulting pole, lower vaulting pole, go up vaulting pole one end and link span structure one end activity is twisted the dress and is connected, and lower vaulting pole one end is twisted the dress with link span structure one end activity and is connected, goes up the vaulting pole other end and is connected with last quick detach otic placode, and the lower vaulting pole other end is connected with quick detach otic placode down, goes up the quick detach otic placode and goes up the activity and twist the dress and go up fastening nut, and the activity is twisted the dress and is gone up.
The upper quick-release lug plate is arranged to be a structure capable of penetrating through the hole part on the large ship component, and the lower quick-release lug plate is arranged to be a structure capable of penetrating through the hole part on the large ship component fixing component.
The temporary support device for assembling the large-scale ship component is characterized in that one end of a connecting support of the temporary support device is provided with an upper connecting nut, the other end of the connecting support is provided with a lower connecting nut, an upper support rod is movably screwed and assembled with the upper connecting nut through a threaded part, and a lower support rod is movably screwed and assembled with the lower connecting nut through a threaded part.
Go up quick detach otic placode include upper ear plate portion and upper ear plate screw rod portion, the lug boss of spacing on the connecting portion formation large-scale component of upper ear plate portion and upper ear plate screw rod portion, go up and screw up fastening nut in the otic placode screw rod portion.
The lower quick-release lug plate comprises a lower lug plate part and a lower lug plate screw part, a connecting part of the lower lug plate part and the lower lug plate screw part forms a lower limiting boss of a large-scale component, and a lower fastening nut is screwed on the lower lug plate screw part.
When the upper quick-release lug plate penetrates through the hole opening part on the large-scale ship component, the limiting boss on the large-scale component of the upper quick-release lug plate is arranged to be a structure which can be attached to the side surface of one side of the large-scale ship component, and the upper fastening nut is arranged to be a structure which can be screwed on the screw part of the upper lug plate on the other side of the large-scale ship component.
When the lower quick-release lug plate penetrates through the hole part on the large-scale ship component fixing member, the lower limiting boss of the large-scale component of the lower quick-release lug plate is of a structure which can be attached to the side surface of one side of the large-scale ship component fixing member, and the lower fastening nut is of a structure which can be screwed on the screw part of the lower lug plate on the other side of the large-scale ship component fixing member.
An upper supporting rod positioning screw rod and a lower supporting rod positioning screw rod are screwed on a connecting support of the temporary supporting device for assembling the large-scale component of the ship, the upper supporting rod positioning screw rod is vertically arranged with the connecting support, and the lower supporting rod positioning screw rod is vertically arranged with the connecting support.
The upper stay bar on set up the two otic placodes of vaulting pole, go up the two otic placodes of vaulting pole through last connecting pin and last quick detach otic placode swing joint, lower stay bar on set up two otic placodes of vaulting pole, two otic placodes of lower vaulting pole through connecting pin and quick detach otic placode swing joint down.
Adopt the technical scheme of the utility model, can obtain following beneficial effect:
interim strutting arrangement of large-scale component assembly of boats and ships, can utilize the bleeder vent of large-scale component of boats and ships itself to do the trompil portion of fastening strong point, but the large-scale component of boats and ships probably does not have the hole of suitable position a bit, this trompil portion just will be in advance in production design process, this trompil portion should not influence the intensity of the large-scale component primary structure of boats and ships and the relevant standard requirement of boats and ships, adapts to the prediction total length that supports simultaneously. When the large-scale ship component is temporarily supported, the upper quick-release lug plate is arranged on a hole part of the large-scale ship component, which needs to be supported, and then the upper quick-release lug plate is sleeved with the upper fastening nut and screwed down, and the upper quick-release lug plate is placed on one side of the support. After a large component (component) of a ship is hoisted in place, the component installation edge is aligned to an assembly line, the component is close to the angle position required by a drawing, and a lifting hook keeps a hoisting state to prevent the component from toppling over. Twist the dress with linking bridge and last vaulting pole and be connected, then will be connected with the large-scale component fixed component of boats and ships fast dismantle otic placode down, twist the dress and tighten fastening nut down, twist the dress with linking bridge and lower vaulting pole again and be connected, insert the crow bar in the clearance on the linking bridge, moment is applyed in the positive and negative rotation, linking bridge rotates for last vaulting pole and lower vaulting pole, realize the flexible of the interim strutting arrangement of the large-scale component assembly of boats and ships, make the component angle satisfy construction drawing inclination requirement, the component lower extreme installation limit is consolidated and is assembled spot welding and connect, the driving lifting hook breaks away from. Thus, the constructed assembly operation can be completed conveniently and quickly. In the process of assembling the components, welding is not needed, the components are not damaged, the supporting device can be repeatedly used, and the cost is low. The supporting device can be conveniently detached after use. Interim strutting arrangement of large-scale component assembly of boats and ships, simple structure, length adjustable is applicable to the interim demand that supports of the large-scale component assembly of not unidimensional boats and ships, both ends do not need the welding during interim support, avoid damaging large-scale component, both can carry out quick, accurate positioning to the assembly angle of the large-scale component of boats and ships, can be simultaneously interim fixed stay usefulness again, still have quick assembly disassembly advantage.
Drawings
The contents of the description and the references in the drawings are briefly described as follows:
fig. 1 is a schematic view of the overall structure of the temporary support device for assembling large-scale components of ships according to the present invention;
fig. 2 is a schematic structural view of a connecting bracket of the temporary supporting device for assembling a large-sized ship component according to the present invention;
fig. 3 is a schematic structural view of an upper stay bar of the temporary support device for assembling large-scale components of ships according to the present invention;
fig. 4 is a schematic structural view of a lower stay bar of the temporary support device for assembling a large-sized marine component according to the present invention;
fig. 5 is a schematic partial structural view of the temporary support device for assembling a large-sized ship component according to the present invention when an upper quick-release lug plate is connected to the large-sized ship component;
fig. 6 is a schematic view of a partial structure of the temporary support device for assembling a large-sized ship component according to the present invention when a lower quick-release lug plate is connected to a large-sized ship component fixing member;
in the drawings, the reference numbers are respectively: 1. connecting a bracket; 2. an upper stay bar; 3. a lower stay bar; 4. an upper quick-release lug plate; 5. a lower quick-release lug plate; 6. tightening the nut; 7. a lower fastening nut; 8. an upper connecting nut; 9. a lower connecting nut; 10. an upper ear plate portion; 11. an upper lug plate screw part; 12. a limiting boss on the large component; 13. a lower ear plate portion; 14. a lower lug plate screw part; 15. a lower limiting boss of the large component; 16. large components of ships; 17. An opening part; 18. a large-sized component fixing member for a ship; 19. an upper brace double ear plate; 20. a lower stay bar double ear plate; 21. an adjusting plate; 22. and a pressing plate.
Detailed Description
The following description of the embodiments of the present invention will be made in detail with reference to the accompanying drawings, wherein the embodiments of the present invention are described in detail with reference to the accompanying drawings, for example, the shapes, structures, mutual positions and connection relations of the components, the functions and operation principles of the components, and the like:
as shown in the accompanying drawings 1-6, the utility model relates to a interim strutting arrangement of large-scale component assembly of boats and ships, including linking bridge 1, go up vaulting pole 2, lower vaulting pole 3, it is connected to go up 2 one ends of vaulting pole and link 1 one end activity of linking bridge and twist the dress, and 3 one ends of lower vaulting pole are twisted the dress with 1 one end activity of link 1 and are connected, go up the 2 other ends of vaulting pole and are connected with last quick detach otic placode 4, and the 3 other ends of lower vaulting pole are connected with quick detach otic placode 5 down, go up the activity on the quick detach otic placode 4 and twist and adorn fastening nut 6, and fastening nut 7 is down twisted in. According to the structure, the air holes of the large ship component can be used as the hole opening parts of the fastening support points, but some large ship components may not have holes in proper positions, so that the hole opening parts are pre-opened in the production design process, the hole opening parts do not influence the strength of the original structure of the large ship component and the relevant standard requirements of ships, and the expected total length of the support is adapted. When the large-scale ship component is temporarily supported, the upper quick-release lug plate 4 is installed on a hole part of the large-scale ship component, which needs to be supported, and then the upper quick-release lug plate is sleeved with the upper fastening nut 6 and screwed down, and the upper quick-release lug plate is placed on one side of the support. After a large component (component) of a ship is hoisted in place, the component installation edge is aligned to an assembly line, the component is close to the angle position required by a drawing, and a lifting hook keeps a hoisting state to prevent the component from toppling over. Twist the dress with linking bridge and last vaulting pole 2 and be connected, then will be connected with the large-scale component fixed component of boats and ships quick detach otic placode 5 down, twist and adorn fastening nut 7 down, twist the dress with linking bridge and lower vaulting pole again and be connected, insert the crow bar in the clearance on the linking bridge, moment is applyed in the positive and negative rotation, linking bridge rotates for last vaulting pole and lower vaulting pole, realize the interim strutting arrangement's of the large-scale component assembly of boats and ships flexible, make the component angle satisfy construction drawing inclination requirement, the component lower extreme installation limit is consolidated assembly spot welding and is connected, the driving lifting hook breaks away from. Thus, the constructed assembly operation can be completed conveniently and quickly. In the process of assembling the components, welding is not needed, the components are not damaged, the supporting device can be repeatedly used, and the cost is low. The supporting device can be conveniently detached after use. Interim strutting arrangement of large-scale component assembly of boats and ships, simple structure, length adjustable is applicable to the interim demand that supports of the large-scale component assembly of not unidimensional boats and ships, both ends do not need the welding during interim support, avoid damaging large-scale component, both can carry out quick, accurate positioning to the assembly angle of the large-scale component of boats and ships, can be simultaneously interim fixed stay usefulness again, still have quick assembly disassembly advantage.
The utility model discloses an among the strutting arrangement, in order to be suitable for not unidimensional bleeder vent (trompil portion) on the component, the different echelonment is made to the diameter of axle of going up quick detach otic placode for otic placode and component are fixed firm, guarantee to support can effectually fix the component, the follow-up safety Assembly of being convenient for.
The upper quick release lug plate 4 is configured to be able to pass through the opening part 17 of the large ship component 16, and the lower quick release lug plate 5 is configured to be able to pass through the opening part 17 of the large ship component fixing member 18. In the above structure, the large ship component fixing member 18 is a fixing member on the ship hull, such as a flat-bulb steel longitudinal frame, and the large ship component needing temporary support is connected with the large ship component fixing member 18 through the supporting device.
The temporary support device for assembling the large-scale ship component is characterized in that an upper connecting nut 8 is arranged at one end of a connecting support 1 of the temporary support device for assembling the large-scale ship component, a lower connecting nut 9 is arranged at the other end of the connecting support 1, an upper support rod 2 is movably screwed and assembled with the upper connecting nut 8 through a threaded part, and a lower support rod 3 is movably screwed and assembled with the lower connecting nut 9 through a threaded part. Above-mentioned structure, the screw thread portion of going up the vaulting pole is the screw rod structure, and the screw thread portion of lower vaulting pole is the screw rod structure, goes up the screw rod structure of vaulting pole and twists to adorn with last coupling nut and be connected, and the screw rod structure of lower vaulting pole is twisted with coupling nut down and is adorned and be connected, through the linking bridge rotating, can realize linking bridge, go up the vaulting pole, the regulation of the whole length of vaulting pole changes down, satisfies the demand.
The upper quick-release lug plate 4 comprises an upper lug plate part 10 and an upper lug plate screw part 11, a connecting part of the upper lug plate part 10 and the upper lug plate screw part 11 forms a limiting boss 12 on a large-scale component, and the upper lug plate screw part 11 is screwed with a fastening nut 6. In the structure, the upper lug plate part 10 of the upper quick-release lug plate 4 is used for connecting and limiting with a large-scale ship component, the upper fastening nut on the upper lug plate screw part 11 realizes the fixation with the large-scale ship component, and the upper lug plate screw part 11 is movably connected with the upper support rod at the same time, so that the transmission of the supporting force of temporary support and the reliable limiting of the component are realized.
The lower quick-release lug plate 5 comprises a lower lug plate part 13 and a lower lug plate screw part 14, a connecting part of the lower lug plate part 13 and the lower lug plate screw part 14 forms a lower limiting boss 15 of a large-scale component, and a lower fastening nut 7 is screwed on the lower lug plate screw part 14. The lower lug plate part 13 of the lower quick-release lug plate 5 is used for connecting and limiting with a large-scale ship component, the lower fastening nut on the lower lug plate screw part 14 realizes the fixation with the large-scale ship component fixing component, and the lower lug plate screw part 14 is movably connected with the lower stay bar at the same time, so that the transmission of the supporting force of temporary support and the reliable limiting of the component are realized.
When the upper quick-release lug plate 4 passes through the opening part 17 on the large ship component 16, the limiting boss 12 on the large component of the upper quick-release lug plate 4 is set to be a structure which can be attached to the side surface of one side of the large ship component 16, and the upper fastening nut 6 is set to be a structure which can be screwed on the screw part 11 of the upper lug plate positioned on the other side of the large ship component 16. After the upper fastening nut is screwed down, the large ship component 16 is reliably clamped, and the shaking during operation is avoided. When the lower quick release lug plate 5 passes through the opening part 17 of the large ship component fixing member 18, the lower limiting boss 15 of the large component of the lower quick release lug plate 5 is configured to be attached to one side surface of the large ship component fixing member 18, and the lower fastening nut 7 is configured to be screwed on the lower lug plate screw part 14 on the other side of the large ship component fixing member 18. After the lower fastening nut is screwed down, the large-scale component fixing component 18 of the ship is reliably clamped, and the shaking during operation is avoided.
An upper supporting rod positioning screw rod and a lower supporting rod positioning screw rod are screwed on a connecting support 1 of the temporary supporting device for assembling the large-scale component of the ship, the upper supporting rod positioning screw rod is vertically arranged with the connecting support 1, and the lower supporting rod positioning screw rod is vertically arranged with the connecting support 1. By means of the structure, the relative positioning of the connecting support and the upper support rod after the rotating adjustment in place can be realized by screwing the upper support rod positioning screw rod, the connecting support is prevented from rotating relative to the upper support rod due to stress in the assembling process, the connection reliability is improved, and the accuracy of the inclination angle of the large-scale ship component 16 is ensured. Through twisting of the lower supporting rod positioning screw rod, relative positioning of the connecting support and the lower supporting rod after the connecting support and the lower supporting rod are rotated in place can be achieved, the connecting support is prevented from rotating relative to the lower supporting rod under the stress in the assembling process, the connecting reliability is improved, the accuracy of the inclination angle of the large-scale ship component 16 is ensured, and the actual component assembling requirement is met.
Support device's advantage as follows: 1. the operation is convenient, the two ends of the support are designed into the form of quick-release lug plates, the support can be used by field construction personnel and is directly operated manually, and the lower support rod also takes human engineering factors into consideration, so the operation is labor-saving; 2. simple structure, threaded connection is all utilized between quick detach otic placode and the upper and lower vaulting pole, between upper and lower vaulting pole and the linking bridge, and constructor need not special training, as long as receive the training of safe knowledge can satisfy the requirement. 3. The adaptability is good, and the supporting device can adapt to the angle change, so that the supporting device can adapt to the supporting setting requirement at any position. 4. Standardization can be implemented, and the supporting device can be manufactured into a plurality of sets for standby according to the needs. 5. Efficiency is improved, and the dismouting of helicitic texture is connected and is had absolute advantage than welding and flash relief to can not leave the residue on the component. 6. The cost is reduced, the repeated use is realized, the field welding construction is reduced, the material consumption is saved, the generation of waste is reduced, and the environment protection is facilitated.
Interim strutting arrangement of large-scale component assembly of boats and ships, can utilize the bleeder vent of large-scale component of boats and ships itself to do the trompil portion of fastening strong point, but the large-scale component of boats and ships probably does not have the hole of suitable position a bit, this trompil portion just will be in advance in production design process, this trompil portion should not influence the intensity of the large-scale component primary structure of boats and ships and the relevant standard requirement of boats and ships, adapts to the prediction total length that supports simultaneously. When the large-scale ship component is temporarily supported, the upper quick-release lug plate is arranged on a hole part of the large-scale ship component, which needs to be supported, and then the upper quick-release lug plate is sleeved with the upper fastening nut and screwed down, and the upper quick-release lug plate is placed on one side of the support. After a large component (component) of a ship is hoisted in place, the component installation edge is aligned to an assembly line, the component is close to the angle position required by a drawing, and a lifting hook keeps a hoisting state to prevent the component from toppling over. Twist the dress with linking bridge and last vaulting pole and be connected, then will be connected with the large-scale component fixed component of boats and ships fast dismantle otic placode down, twist the dress and tighten fastening nut down, twist the dress with linking bridge and lower vaulting pole again and be connected, insert the crow bar in the clearance on the linking bridge, moment is applyed in the positive and negative rotation, linking bridge rotates for last vaulting pole and lower vaulting pole, realize the flexible of the interim strutting arrangement of the large-scale component assembly of boats and ships, make the component angle satisfy construction drawing inclination requirement, the component lower extreme installation limit is consolidated and is assembled spot welding and connect, the driving lifting hook breaks away from. Thus, the constructed assembly operation can be completed conveniently and quickly. In the process of assembling the components, welding is not needed, the components are not damaged, the supporting device can be repeatedly used, and the cost is low. The supporting device can be conveniently detached after use. Interim strutting arrangement of large-scale component assembly of boats and ships, simple structure, length adjustable is applicable to the interim demand that supports of the large-scale component assembly of not unidimensional boats and ships, both ends do not need the welding during interim support, avoid damaging large-scale component, both can carry out quick, accurate positioning to the assembly angle of the large-scale component of boats and ships, can be simultaneously interim fixed stay usefulness again, still have quick assembly disassembly advantage.
The present invention has been described in detail with reference to the accompanying drawings, and it is obvious that the present invention is not limited by the above embodiments, and the present invention can be implemented in various ways without modification, and the present invention is not limited by the above embodiments.
Claims (9)
1. The utility model provides a interim strutting arrangement of large-scale component assembly of boats and ships which characterized in that: including linking bridge (1), go up vaulting pole (2), vaulting pole (3) down, it twists the dress with linking bridge (1) one end activity to go up vaulting pole (2) one end and is connected, vaulting pole (3) one end is twisted the dress with linking bridge (1) one end activity down and is connected, it is connected with last quick detach otic placode (4) to go up the vaulting pole (2) other end, down vaulting pole (3) other end is connected with quick detach otic placode (5) down, go up the activity and twist dress fastening nut (6) on quick detach otic placode (4), fastening nut (7) are down twisted in the activity on quick detach otic placode (5) down.
2. The temporary support device for assembling large-sized marine components according to claim 1, wherein: the upper quick-release lug plate (4) is arranged to be capable of penetrating through a structure of a hole part (17) on a large ship component (16), and the lower quick-release lug plate (5) is arranged to be capable of penetrating through a structure of a hole part (17) on a large ship component fixing component (18).
3. The temporary support device for assembling large marine components according to claim 1 or 2, wherein: the temporary support device for assembling the large-scale components of the ship is characterized in that one end of a connecting support (1) of the temporary support device for assembling the large-scale components of the ship is provided with an upper connecting nut (8), the other end of the connecting support (1) is provided with a lower connecting nut (9), an upper support rod (2) is movably screwed and installed with the upper connecting nut (8) through a threaded portion and is connected with a lower connecting nut (9) through a threaded portion, and a lower support rod (3) is movably screwed and installed with the lower connecting.
4. The temporary support device for assembling large-sized marine components according to claim 2, wherein: go up quick detach otic placode (4) including last otic placode portion (10) and last otic placode screw section (11), go up otic placode portion (10) and go up the connecting portion of otic placode screw section (11) and form spacing boss (12) on the large-scale component, go up on otic placode screw section (11) and screw up fastening nut (6).
5. The temporary support device for assembling large-sized marine components according to claim 2, wherein: the lower quick-release lug plate (5) comprises a lower lug plate part (13) and a lower lug plate screw part (14), a connecting part of the lower lug plate part (13) and the lower lug plate screw part (14) forms a lower limiting boss (15) of a large-scale component, and the lower lug plate screw part (14) is screwed with a lower fastening nut (7).
6. The temporary support device for assembling large-sized marine components according to claim 4, wherein: when the upper quick-release lug plate (4) penetrates through the opening part (17) on the large ship component (16), the upper limiting boss (12) of the large component of the upper quick-release lug plate (4) is set to be a structure which can be attached to the side surface of one side of the large ship component (16), and the upper fastening nut (6) is set to be a structure which can be screwed on the screw part (11) of the upper lug plate on the other side of the large ship component (16).
7. The temporary support device for assembling large-sized marine components according to claim 5, wherein: when the lower quick-release lug plate (5) penetrates through the opening part (17) on the large-scale ship component fixing member (18), the lower limiting boss (15) of the large-scale component of the lower quick-release lug plate (5) is set to be a structure which can be attached to the side surface of one side of the large-scale ship component fixing member (18), and the lower fastening nut (7) is set to be a structure which can be screwed on the screw part (14) of the lower lug plate on the other side of the large-scale ship component fixing member (18).
8. The temporary support device for assembling large marine components according to claim 1 or 2, wherein: an upper supporting rod positioning screw rod and a lower supporting rod positioning screw rod are screwed on a connecting support (1) of the temporary supporting device for assembling the large-scale components of the ship, the upper supporting rod positioning screw rod is vertically arranged with the connecting support (1), and the lower supporting rod positioning screw rod is vertically arranged with the connecting support (1).
9. The temporary support device for assembling large marine components according to claim 1 or 2, wherein: last vaulting pole (2) on set up vaulting pole binaural board (19), go up vaulting pole binaural board (19) through last connecting pin and last quick detach otic placode (4) swing joint, lower vaulting pole (3) on set up lower vaulting pole binaural board (20), lower vaulting pole binaural board (20) through connecting pin and quick detach otic placode (5) swing joint down.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201921391093.XU CN211076289U (en) | 2019-08-26 | 2019-08-26 | Temporary supporting device for assembling large-scale components of ship |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201921391093.XU CN211076289U (en) | 2019-08-26 | 2019-08-26 | Temporary supporting device for assembling large-scale components of ship |
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| CN211076289U true CN211076289U (en) | 2020-07-24 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112550600A (en) * | 2020-11-26 | 2021-03-26 | 沪东中华造船(集团)有限公司 | Ship weak-rigidity double-bottom segmented reinforcing method |
| CN112605584A (en) * | 2020-12-03 | 2021-04-06 | 上海江南长兴造船有限责任公司 | Auxiliary fixing method for welding of ship structural part |
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2019
- 2019-08-26 CN CN201921391093.XU patent/CN211076289U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112550600A (en) * | 2020-11-26 | 2021-03-26 | 沪东中华造船(集团)有限公司 | Ship weak-rigidity double-bottom segmented reinforcing method |
| CN112550600B (en) * | 2020-11-26 | 2022-07-05 | 沪东中华造船(集团)有限公司 | Ship weak-rigidity double-bottom segmented reinforcing method |
| CN112605584A (en) * | 2020-12-03 | 2021-04-06 | 上海江南长兴造船有限责任公司 | Auxiliary fixing method for welding of ship structural part |
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